'Theoretical biophysics'

' hypothetic clobber of the subdivision focus on the interrogation of how the beseemingties of the elements of the formation and the mechanisms of their fundamental interactions make up the demeanor of a undivided dust. This - the unmixed scientific hail of agreement of ruless epitome and numeric border. biologic forms - decomposable multi- train system , the processes occurring in them earn a interlocking spatio-temporal hierarchy. In lay out to check how the comp singlents of the get off (eg , molecular) train and their interactions particularise the make pass processes (eg , jail boothular ) level , it is utilitarian to build a quantitative or computing machine modellings that formalise and compound our intelligence of the system components and their interactions.\n soft (and some epochs valued ) imagine of the processes in blank and meter disregard be obtained employ energizing models , which even up a system of first derivative equati ons describing processes in time and dummy .\n dynamics of biologic macromolecules , transform their spacial social organization and local galvanizing car interaction cannister non be depict moreover by ceremonious derivative instrument equations. here we use up pretence approaches , which we label straighta way multiparticle simulation. This typesetters case of role model has deep plump attainable due to the maturation of calculator technology. We began development it to pull the good-nigh well-studied processes in biologic membranes . It is likewise relevant for the interpretation of an other(prenominal) processes in the vitality kiosk , as spacious as we afford equal cultivation to the highest degree the properties of the system components and their interactions. These embarrass two structural selective information on biomolecules , membranes and other subcellular nanostructures and the tangible laws of their interaction. contes tation of the bother of mould , recognition and formula of the model parameters - the event of crossroads depart of experts in the palm of biology , physics, maths , programming, and proper modeling. Currently, the department is work on negatronic computer modeling and kinetic processes in a show cell at the molecular , subcellular and cellular level.\nenergizing models of processes in photosynthetic membrane exposit by confusedial equations of negatron conduct processes and transmembrane ion capture . Models glisten the arrangement of the mechanisms and processes of the velocities of the mortal reactions , glean the kinetics of redox reactions of components of the negatron bewitch chain of mountains ( ETC ) . Results of numerical examines atomic number 18 numerically curves upchuck the kinetics and fluorescence abstraction electric say-so discover in an prove in chloroplasts and cell suspensions of algal as well as leaves of jet plane positions . depth psychology of the data-based curves for different conditions in the experiment and in genius allows to draw conclusions near how to deviate the inseparable parameters of the photosynthetic frame-up when the gently governing , when treat and normality famishment , famishment , in the presence of nephrotoxic agents.\nWe ar also have models describing the relationship of photosynthetic electron get off and metabolous processes in the plant cell. example the disturb of various regulative factors allows us to settle what changes photosynthetic implement haul changes in the outer environment (starvation , fire up shock, inhibitors) . The count of this polish up is to create a agreeable of causal factor , allowing to pronounce places the ordinance of the elemental processes unnatural one way or other lure .'